PZ1-PM1-APC-E-131B Fiber Stretchers

KrellTech‘s CleanTouch™ Stick is a compact, one touch cleaning solution designed for high performance photonic applications. Engineered with KrellTech‘s proprietary photonic grade substrate, this innovative tool delivers residue-free cleaning across a wide spectrum of optical surfaces—no solvents, compressed air, or dispensers required.Perfect for:Optical fibers and ferrulesFiber optic connectorsPhotonic integrated circuits (PICs)Planar waveguidesCleanroom componentsSimply touch the contaminated component to the cleaning surface debris transfers instantly and remains trapped on the substrate. This single-step method removes dust, dirt, and buffer coating residues without leaving a trace.Key Features:Solvent-free, chemical-free operationOne-touch use for fast, efficient cleaningCompact and portable for lab or field usePerfect for in-process or post-process applicationsAvailable in packs of 25Whether you're working in fiber optic manufacturing, PIC packaging, or photonics R&D, the CleanTouchCleanTouch™ Stick offers safe and efficient cleaning without the need for additional tools or consumables.

The PZ1-PM1-APC-E-850P is an exemplary product from the innovative suite of fiber stretchers offered by Optiphase. This high-speed fiber stretcher is designed with precision and technical excellence, tailored specifically to meet the needs of advanced optical interferometric systems. Encapsulated within a robust enclosure, this model is equipped with FC/APC connectors and operates at a wavelength of 850.0 nm, offering unparalleled performance in its category. Engineered with Panda polarization-maintaining (PM) fiber, the PZ1-PM1-APC-E-850P showcases a unique single-layer design that ensures a high polarization extinction ratio, which is crucial for reducing modulation constants while maintaining signal integrity. The advanced piezoelectric technology embedded in this device allows it to operate efficiently across a broad range of applications including sensor simulation, open-loop demodulation, and variable optical delay. The compact form factor and low profile make it an optimal choice for integration into confined spaces without compromising on performance or reliability. Key Features Designed for high-speed operation, the PZ1-PM1-APC-E-850P offers swift response times essential for dynamic optical applications. The use of Panda PM fiber enhances polarization maintenance, making it ideal for applications requiring stable polarization states. Enclosed design with FC/APC connectors ensures environmental protection and superior connection stability. Capable of operating seamlessly with general-purpose electronics, thus eliminating the need for proprietary drivers and reducing overall system costs. Compact and lightweight, facilitating easy installation and integration into existing systems with minimal spatial constraints. Wide operational wavelength range ensures adaptability across various optical communication and measurement systems. High-performance modulation functions enable precise control over optical phase changes. Applications Ideal for optical interferometry, providing accurate phase modulation for intricate measurement tasks. Suited for sensor simulation in research environments, allowing for the testing and calibration of sensor systems. Effective in open-loop demodulation processes where phase accuracy is critical to system performance. Used in variable optical delay lines to manage timing in complex optical networks. Essential in large angle modulation applications, offering reliable and repeatable performance. Supports general-purpose fiber interferometry, enhancing the capability of both commercial and custom optical setups. Beneficial in laboratory settings for experimental setups requiring precise optical path adjustments. What's Next? The PZ1-PM1-APC-E-850P stands as a testament to Optiphase's commitment to advancing optical technology. Its integration-friendly design and high-speed capabilities make it a leading choice for professionals seeking cutting-edge solutions in fiber optics. As industries continue to evolve, the demand for reliable and efficient fiber stretching solutions will grow, and the PZ1-PM1-APC-E-850P is poised to lead this transformation. AMS Technologies serves as a premier solution provider, offering a comprehensive portfolio of products and services in the realm of optical technology. With a focus on delivering exceptional value and support, AMS Technologies ensures that customers receive the most advanced and effective solutions tailored to their specific needs. Explore the possibilities with the PZ1-PM1-APC-E-850P and discover how it can elevate your optical systems to new heights.

 Erbium-doped; Fiber Type Single Mode SMF 9/125 µm; 1528-1560 nm; Input Power 0 dBm Typ.; Output Power ≤27 dBm; Interface RS232 Beogold Technology's BG-HEDFA high-power EDFA offers an output optical power of up to 27 dBm and is widely used in optical fiber sensing and communications. The BG-HEDFA high-power EDFA consists of a 980 nm or 1480 nm pump laser to provide energy and operates in AGC, ACC or APC mode. It provides high output power, a wide spectral range, and a variable gain range >20 dB. These EDFAs can work across the C-band. Powered by a + 5 VDC power supply, the BG-HEDFA features a user-friendly RS232 serial port as communications interface for easy internal configuration. Beogold’s BG-HEDFA high-power EDFA enables real-time parameter monitoring as well as remote management and control of the line. Key Features: Operating Wavelength: 1528 to 1560 nm Low Noise Figure: 5.5 dB Max. High Output Power: up to 27 dBm Flexible Control Mode Customizable Optical Output Power and Configuration High Stability High Reliability Input Power: 0 dBm Typical Min. Input/Output Isolation: 40 dB Fiber Type: Single Mode (SM) SMF 9/125 µm, NA = 0.13 Fiber Length: Custom Design Fiber Connector: FC/APC or Custom Design Communication Interface: RS232 Serial Port Power Supply: 5 VDC, <30 W Operating Temperature: -20 °C to +60 °C Dimensions: 238 x 120 x 15 mm Applications: BOTDR; OTDR System; LIDAR; Nonlinear Optics Research; Fiber Optic Sensing; Air Monitoring

Introducing the PZ1-PM1-APC-E-155P, an advanced fiber stretcher equipped with cutting-edge FC/APC connectors and designed specifically for high-speed operations at a wavelength of 1550.0 nm. This meticulously engineered device is enclosed in a robust casing, ensuring durability and consistent performance across a variety of demanding environments. The PZ1-PM1-APC-E-155P utilizes the highly efficient Panda PM fiber structure, offering exceptional polarization maintenance and minimal optical loss, making it an ideal choice for precision applications in optical interferometry and sensing systems. The PZ1 series, a hallmark of Optiphase's innovation in fiber stretching technology, exemplifies versatility and superior performance. Designed to meet the rigorous demands of modern optical systems, the PZ1 family includes a range of models tailored for SM, PM, and RC fiber types. Each variant offers unique benefits such as high-speed modulation, compact design, and the ability to operate without proprietary drivers, allowing seamless integration into existing systems. The PZ1 series stands out for its cost-effectiveness and ease of use, positioning it as a leader in the market for fiber stretchers. Key Features High-speed operation with a modulation constant optimized for precision tasks, ensuring reliable performance at 1550.0 nm. Enclosed design with FC/APC connectors for enhanced durability and reduced signal loss, providing long-term reliability in harsh conditions. Panda PM fiber structure delivers exceptional polarization maintenance, crucial for maintaining signal integrity in complex systems. Compact and lightweight, the device integrates easily into space-constrained setups without compromising on functionality. Operates efficiently with common laboratory equipment, negating the need for specialized drivers and simplifying the setup process. Multiple termination options available, offering flexibility and convenience in deployment across various systems. Manufactured in the USA, ensuring high-quality standards and support for industrial applications worldwide. Applications Ideal for open loop demodulation in optical interferometric measurement systems, providing precise phase control and modulation. Essential for sensor simulation applications where accurate and repeatable fiber stretching is required. Facilitates variable optical delay setups, allowing for dynamic adjustments in signal processing systems. Supports general-purpose fiber interferometry tasks, enhancing the capabilities of research and development projects. Enables large-angle modulation of interferometric phase, expanding the possibilities for advanced optical experiments. Useful in maintaining high polarization extinction ratios in demanding optical networks and communication systems. Suitable for integration into laboratory and industrial environments, offering reliable performance in critical operations. What's Next? The PZ1-PM1-APC-E-155P represents the pinnacle of Optiphase's commitment to advancing fiber stretching technology. Its innovative design and robust feature set make it an indispensable tool for researchers and industrial users seeking precision and reliability. With its ability to seamlessly integrate into diverse applications, the PZ1 series continues to set new standards in the field of fiber optics. AMS Technologies, a prominent solution provider, offers comprehensive support and distribution for the PZ1 series. Their expertise ensures that customers receive not only a product but a complete solution tailored to their specific needs. Partnering with AMS Technologies guarantees access to top-tier technical assistance and service, further enhancing the value of the PZ1 family. Discover the future of fiber stretching with the PZ1-PM1-APC-E-155P. Contact AMS Technologies today to explore how this exceptional device can elevate your optical systems to new heights of performance and efficiency.

Photodiode Detector Array; Pixel Pitch 0.05-1.6 mm; X-Ray Energy 0.05-15 MeV; Scintillator GOS:Tb, CsI:Tl, CWO; Length ≥308 mm; Interface GigE, USB3.0, Camera Link X-Scan’s XIH8800 Crane series of line scan cameras are designed for high-energy x-ray and gamma-ray scanning applications ranging from 100 keV to 15 MeV energy levels. High-energy accelerators, collimators and detectors such as the XIH8800 are required to image large, dense objects such as metal castings and steel objects whose thickness can range from 25.4 to 305 mm. Fan-beam collimation minimize the scattering that limits image contrast. A clever compact design combines scintillation (for conversion of high-energy photons to visible light) and fiber optics for conveying the visible light to a shielded off-axis linear imaging photodiode array. A tungsten housing shields the diode array and camera electronics against scatter and ensures long-life reliability under extreme radiation conditions. The GigE interface option featuring long cable lengths is recommended for high-energy applications. The XIH8800 Crane high-energy x-ray line scan camera modules include a camera unit, software development kit, power adapter and cabling. An optional frame-grabber which can be installed in the computer is also available. Key Features: Off-axis, Fiber Optic Design for High-energy Reliability in a Compact Form Factor Energy Range: 50 keV to 15 MeV Choice of Scintillators: GOS:Tb, CsI:Tl, CWO Wide Range of Resolutions & Selection of Lengths Incorporates X-Scan Imaging’s Proprietary Photodiode Arrays Selectable Resolution Low Noise Wide Dynamic Range High Sensitivity High MTF 16-bit Analog-to-Digital Conversion Supports Variable Scan Speed With Position Synchronization Software Development Kit, Including Device Drivers, Libraries and Standard API Interface: Gigabit Ethernet (GigE), Camera Link, USB 3.0 Applications: Industrial Non-destructive Testing (NDT); Weld and Corrosion Inspection; Fan-beam Computed Tomography (CT)